SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO02649  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA002651
Annotation
PREDICTED:_myosin-2_heavy_chain_[Bombyx_mori]
Location
Bomo_Chr5(-):7880048-7922168      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 3.561
 

Sequence

CDS
ATGGTGGAAGTCAAAATAACTGATGACATTAGAATTGGCGGCAATAATCCGTGTTTTATAATAGCGGAAGCGGGACAGAATCACCAAGGTGACATCGAGATCGCAAAAAAATTAATAAAAGCTGCTAAGGAAGCTGGAGCTAGCTGCGTGAAGTTTCAAAAGACATGTCTCGGAGAGAAATTTACAAAAAAATATCTAGAAAGGCCTTACGACAACCCAAACTCGTGGGGAAAGACGTACGGAGAACACAAAAGTCATTTGGAATTCTCCGATACACAATACAGAGAATTGTTTAGATACGCTCAGGAGGTCGGGATTTTATTCACCGCCTCTGCCATGGACATGGTATCTTTTGACTTTCTGGTTAACCTAAAAGTGCCATTTATCAAAATCGGCTCAGGGGACTCGAACAACTTGCTCTTCCTAAAGTACGCTGCTTCGAAAAAGATTCCTTTAATTATATCAACGGGGATGGTCGACAAAACTGCCGTAAAGACAATTTACGATATCATTTCCTCGGACCACAAGCAGTTCTGTTTGCTTCATTGCATATCGGCGTATCCGGTGCCATTTGAAGACTGCAATCTGACTGTTTTACAAGACTATAAGAATACTTTTGACGTTCCCGTTGGATACTCCGGTCAAGAGCTCGGCACCGCAGTCGCACTGGGTGCGGTTGCTTTAGGCGCAAAGGTGCTAGAAAAACATATAACTCTGGATAAAAGCATGAAGGGAACTGACCACGTTTGTTCATTAACTCCGTCCGAGTTTCAGCAACTGGTTCGCGACGTGCGCGTCATCGAAGCCTCACTTGGAACTCCCATTAAAAAAGTAGTGACATCAGAAATACCATGCATAGACAAATTACAAAAATCTCTAGTGATGGGCTCAACTAAAAATAAAGGTGAGATATTATATCCGGGTGACGTGAAGATCAAGGTCGCGGAACCAAAAGGCCTGAACGCGCTTCACTTGGAAGACGTTATATACAAAACTCTAGTATACGATAAGAAAGAAGATGAACCCCTTAACGAAGGCTTCCACCCGCAAGTGCGGTGGCCGACGCGTTGCAAACGCTGTTTCCGCGACTATAAGGAACACGGTGGCGGCAAGAAAAAAGATGATGATTTTACCGCATCCACACCCAGCCTTTCCTCTTGGAACTCACCGACATCACGAAGCCGTGACGGAGAGAATGGTGCAGCAGAAGGGGACAAGGTTGGCCGGGGTTGGGCTTCGAGTACCAACCTTAGCTCCATCGAGTCAACCAAAAAGGACACTTTTTCCACAGGATTCAATAAAAACAATACGTCTTGGACATCGACGCCGGATCTGGGTGCTGACGGCAGCGACTCAAACGCCGTCACAGTCAATCTCAAGCTACCCAAACGACGCCTTACGGGCCCATTACCGGATTTGGACACAGGCCAAACAACTAATGACACAGTTACATTACGTCGGCCGTCACCATCGCCGCCCCCGTCCGCAGGCTCCCAGACTCAGCTCGCAATAACCAAGAATGACTCACTCGCTGAACGTGTGCGAAAGATGCAGCTGTTAAAAACGCAGAATAGTTTTGAAAAGGAGCCAAGTATAGAGAAAGAAAGAGAGCGAAGAAGTTTGTCCAAAAGTAAAGAAGATGAAAAGACTGCTAGATATAAAGACGAACGGTCATCGACCAAAGATGATGTAAACTTTTTAATGCAGGTAAAGAATTCTCGGAATTCAACGAATTTGAAACCCCCCGTTCGAGGAGGTCCGTCTAAGGACAAAGATGAGTCTGATGATGAAACGAGCACCACCACCGAAACTACTTTAGTGGATTCCAACGTTAAAGAATATCAGGATCAAATAGAGGGCTTAAAACAAGAAGTAGATATTTTAAGGAAACGTTGTGAAAGAGTGGAGAAAGAAAAAAGCGACATTCTTCTACGCAGACTCGCTAACATCGACACGGCGAATAAATACACGACAGGACGATCATCGGAAGTACTAAAACTACAACAGAAAGTAAACGAATTAACTACGCACAATGAGGATCTCAGGGATGAGAAAAAACACCTAACTCAGAAAATTAGGGAAATTGAGAGTGAGCTTGAGACTCGGCCGTCAACTGAAGCTCAGACCCGTCAGATTGAGCAGCTACGAGCCAAGTTGTTGGCGGCCGAAACGTTATGTGAAGAATTGATGGATGAGAATGAAGATATGAAGAAAGAACTACGGGATCTTGAGGAAGAAATCGAAGAGATGCAAGATAATTTTAGAGAAGATCAGGCCGACGAATATTCATCCCTGAGACGCGAATTAGAGCAGACCATTAAAAATTGCAGAGTTTTATCATTTAAATTAAAAAAGACTGAAAGGAAAGCCGATCAATTAGAACAAGAAAAAGCTGAACACGAGAAGAAATTATTAGAGATAGTCGGAGGACCCGACGGCATGCAGCGGGAAAATAGGATTAAAGAGTTGGAACAAGAAGTTGCGCGATCTACTGAGGTGGCGCTAAGGCTACAACGCGAGCTGGCTGAAGCAAACTCAAAGTTCACCGGATCAAACCCAAGCCTCATGAAGGTTCCCCAACCCGAAACAGTTAAAGTGTCCCGATCGTCACTCACTCGAGGAGGTAGCCAAGAAGACCCCGCACAGCTTCTTAGAGATCTGCAGGACTCTTTAGAGAGAGAAGCAGACTTACGGGAGCAACTACGCAATGCAGAAGAAGAGGCAAATAATTTGCGTAAAACAGCGGCACGTGTAGAAGAGGACAATGAGTCCTTACTGCTACAGCTGAAGAAAATGGCTACCAAAGCCAGAAGTCGTAAACTGTCCCCTACGCCTCCAGCCAACAAGCTTAGCATTGAAACAGCTAATGATAATGATGAAAAAGAAACCGACGAAGCGGACCCCGCGGAGATGAAATTGCTTTTAGAACTTAATGAACAGGAGGCTACAGTATTACGAAGAAAAGTCGAGGAATTGGAACAAGATAAAGAAGCACTTAAGAAACAAGTCAAGGAGCTAACTAGCAAGATTTCAAGTGTGACTAAAACTAGTGCCGGATCCAATACCACCGCGCGGCGTAGTTTGACTACTAATAGCAATAAATTAGCAGAAGAGCGTGTTAAGGTATTAGAAGATGAAATAGACGAAGTAAGGAAAAAGCTTATAGAAAAAGAACGTGATTGTGAAAGACTACACGCTGAACTCAGTTTGGCGCAAAAGAAACCTAAAACACTTATTAAAAGCAGATCGTTAGACGCTAGTGATCAACAGAATGTGGACCTCAAGCGGCAACTGCAAGTAATAGAACAAGAGGCCAGTGTGTTGAGAGCCAAAACCCAAAGTCTTGAAGCTGATAACGAAAAATTGCAGACAGAAAATAAAAAGTTACAGCTTTTGAAAAATGCGAAGTCATTAAGATCTGATAAAGCATTAGATCTCAATACCAAAAAAACAACTCAACTAGAAAACGAACTCAAAGAAGCTTTAGCTAAAATAAAAGAACTAGAAATGATTTGTCAAGATGAAAAATCAGAAAAAAAAGTAAGATTTACTGAGGCAACTAAAAAAGAAACAGATACCTTGAAATCAAAACAAGATGAATTAGATAAATTAAAACTAAATCTTAGCAAGTTAGAAAAAGAAAACTTAAAGCTTCAAGCAACACTGAAATCACTCAAAGATGATGCACAAAAATCTTTTAAGCCAAGAATTCCAAAGAAACCAACTGATTTAACAACTAAACTTCAACTCAAAAAAATGGTTGAAGATTTGGAATGTGAAATAGGGGAGATGTATGTTGTGATGAAAAACGCAGGATTATCTGGTAAGGAAATGACCGCAAAAACTAAATTAGAAAAAGAAATAGATGAAATTCGTTCCAAACTGTCGAAGAACGACTCAGAATTCACAAACGAAAAGAATAGATTACAAACTGAAATAGCAAAACTAAAAGATGTCAATGCTAAATTAGAAGGTGATAAAGATGTGTTTGCCAATAAATATAAAGCTCTTGAAAATGAAAACAGCAATTTAAGCAATCAGTGCAAAACGCTTACTGAAGAAATGAAAAATAGAGAGGCTCAAATAAACAAATTGAGTGCTGATCTCAAAAACGCAACATCTCTTCAAACCACAATGTCCGATTGTATGAAAAAAATAGAAGATCTGAAAAAAGAAATAGATAGCAAAGACAAAGATATAGAAAAACTAAAAAAACAAGTGGACAATTATACAAAAATAGACCAGGATAAGAATAAGTTGCTCAAAGAGGTTGGCGATAAAACTAAAAAAATAGGCGATTTAGAAAAGAAATTAAAGGAAGCAGAAGAAAAATGTAAACGTATAGAGAAACAACTTTCGACACGTAAAGATCGTGTAACCAAACTTGAAAAAGAGCTTTCGGAAGAAAAAGAACAAGCAGTCGTGTTGGCCAATACACATAGACGACTATCAATCGAATTAACGAGCGAGAAAGATGAACTACAAGCACGATTTATTAAAACCGAAAGTAAATTCATAACGTTAGAGGCCGAAATGAGAGATTTGAAAGCTGACTATGAAAATAAAATCACTTCTCTGGAATCAACAATAGCCGCTAAAGACGTTCATATTAAGCAACTGGAAGACGCATTAAGGCAAACTACTAATGATAAATACGACGAAGCAACATCACCTGTCGAGATGGTAGAAATGAGGGAGAAGCTTGAGAAGACTAGCAAAGAACTCAAAGAGAAGCAAGATGAATTGAACAATGCTAAAATTAAACTAGAAAAGACTGAAGCAGAATCATCCGCTGCGAAACTTGAAATGGCACAGCTCAAATCGGACTTAGCGAAATTAGAAAACGAATATAAGGAACAAGAGAAAAAGGTGCAAGCTGAAAAGAAGGAATCCAGTTATTGGGAAAATAAAGCCAAAGAACTCGACACTGACCTGCAGTCGGAGCGCAAGAAACTCGACCGGATGCGTATTGCTCATGACAAAGATGTTAAAAATAAAGATGCAGAGCTAGCCACGCTCAAGGGTAAACTTAAGATTCTTGAACAAAATTCTGGAGCAGGAGCGAAGAGAATCACGGAGTTGAAACAAGAATATGAAGAGACAGTCAAAAAACTTGAACATTCTTTAGCTCTTGAAAAGGCAGAATATGAGGAGCTAACAGGAAAATATGAACTATTAGAGGAAGAACATGTGGTCACAAAAGCAAGACTGACTGTGGAAAAGGAACAAGCGCAGGGAGAACTTTTACATGTACAAAAAGAATTAAGTACTGCCTTAGGTGAAATAAAGACACTGCAAGAAAAACTTGGAACTGAATCAGCAGCATGGAATACGGAGAAAACGGAAATGCAGAACTCGATAGCGTCTCTGCAAGAACGTTTGTGCGGTGGAGGGTGGGAGGTCGAGCGTGCCCGTCTCAACGCGCGCCTGGACCAGAGAGAACGGGAGCTCCGAGCTGCCAACGACAGACGCGATGTGCTCGAACATCACCACGACCTTGCCAAGAAAGAGCTAGAGGAGTCCCGAAAGAAATTGGAAGATTACGAAAGAGTTTCTAAAATACAAAGAAATCTTACAACAGAAAATGCAGAACTGGAACGGGAGTTGGCAGCTTTGAACAATAGAATAGAACAATCCGAAAAGGCTAGAAAGGCCGAAATCACGGACACTAAGACGAGATACGAAGGGCAGATGAACACAATGCGCGATGAACTCAAATCCTTACACAACCAGGTTTCGAGATTTAGGAGAGAAAGAGATAACTATAAGCAAATGCTCGAAGCCGCACAGAAGTCGATGGCTGAGATTAAAAATGGAGACAAAAGCGCTAGAATTCATCGTAACTCAATATCCAGCACAGATGAAGAAGAATATCGCAACAAAGTCGCTTTGCTGGAACAACAGGTTGCTTGTCTCGAAGATGAGCTGTGTGAATCGCGGCTACTAGCTTCAAAACTTAACACGGAGCTTGTTAGCGAAAAGTCATCTGCCGAAGTACGCCTCGCGGAAATGCAATCCAGACTAAATGAGTACGAGGAAGAGAGACTATTGTCGTCAGGAAGAGCGCGCGTGGCTGGTCTCGCGACCCGAATGGAACTGGCGTGGCACAAGGAACGCGATGAACAACAGCGGCTGTTACAAGAGACGTCCACGCTCGCCAGAGACTTGAGGCAGACTCTTTTCGAATTGGAAAGAGAGCGTGAAAAAGAGAGGTTAGATATGAAGAGACGAATCGATCAGCTCAAGAGGACCACGGAGGAAGAAACCGAAGAGGCCAAAAAGAAGGTGACGGAGTTACAGTGCGACTTATTGGAGTTACGCGACGCACACGCCAAACTGCGTACAACCAATGAGAAGTTGCGCCGCGATAAAGAGAGGCACGATCGAGATCGCGACCAGAACAAATTACTTGTCGCTTCATTGAAACGTGCTCAACAGGAGGACGACAGGGTGATAGCACAGCTCTTAGAAACAATAGACGATCTAATGAAGCAAAGCCCTGATCTATTCCGCGTTGAAATTCCCGTTAAACCGGAGAAAACTCTGATGACACCAACACCGCCTCGTCGTAACAGGTCTTCGAAATCTCGTTCCCGCTCAGCAACTCCTGAGACTAACGAAGCAGCCGGGGCTAAAGATACGGCGGCCAGACTGCGCAGACTCACCGACGAACTAAGGGCTTCTCGTATCGCCGAGCGACAGCGGCGACAGCAAGCCAGCGCAAGGAGAGCAATGTCGACGGAGCCCCGTGATACTTTGTCGGTGACGCCCGCCACGAGCCGGACCCCATCTCGGGCACCGTCGTTAAAGAAGCGATCCATCTCACTGGAACAGACAACTAAGGAACAGAGCTCGATATGGAAGTCCGTTGATGAGAGTAGTGTGTCGTCGTTGCAATCACTGGAAGGAGACAATGATCATCGTCACTTCACTATGCCTCGGGATACCAGTCTCGACAGTCGATTATCCGGTGGGTCTGCTCAGAGTGACGTCTTACCCAACGAAAAAAAGAAGAAGAAAAGCATCTTTGGAAAATTGAAGAAACTGACTAAATCACGATCCATCGATGACCAAGCCGATCCCGAAATTGTCGATTTCAGACCTATCGGTACCGTATCGCAGGGCTCCGATTCCGACATGAGCACAGCTGGGAGCAAACGCGACTTACGTGGACGACTCTCTGATATGTTCAGCAGGAAACAGGTTTCTCGCGGCAACAGTAAAGAACTAAGTCCCGAAAGGCCAGCAAGCGCAATGGGAAGCACTACGAGCGCCTCACGTACCATGCTACGCAATACGAGTACTACAACGCTGACGCGAACCTCACCCGCCAAACCGAACGAATTCTCAAGTACGCGATCATCGAGTGCCACTCCGGCGACGAAAAGAAAAGGAAAATAA
Protein
MVEVKITDDIRIGGNNPCFIIAEAGQNHQGDIEIAKKLIKAAKEAGASCVKFQKTCLGEKFTKKYLERPYDNPNSWGKTYGEHKSHLEFSDTQYRELFRYAQEVGILFTASAMDMVSFDFLVNLKVPFIKIGSGDSNNLLFLKYAASKKIPLIISTGMVDKTAVKTIYDIISSDHKQFCLLHCISAYPVPFEDCNLTVLQDYKNTFDVPVGYSGQELGTAVALGAVALGAKVLEKHITLDKSMKGTDHVCSLTPSEFQQLVRDVRVIEASLGTPIKKVVTSEIPCIDKLQKSLVMGSTKNKGEILYPGDVKIKVAEPKGLNALHLEDVIYKTLVYDKKEDEPLNEGFHPQVRWPTRCKRCFRDYKEHGGGKKKDDDFTASTPSLSSWNSPTSRSRDGENGAAEGDKVGRGWASSTNLSSIESTKKDTFSTGFNKNNTSWTSTPDLGADGSDSNAVTVNLKLPKRRLTGPLPDLDTGQTTNDTVTLRRPSPSPPPSAGSQTQLAITKNDSLAERVRKMQLLKTQNSFEKEPSIEKERERRSLSKSKEDEKTARYKDERSSTKDDVNFLMQVKNSRNSTNLKPPVRGGPSKDKDESDDETSTTTETTLVDSNVKEYQDQIEGLKQEVDILRKRCERVEKEKSDILLRRLANIDTANKYTTGRSSEVLKLQQKVNELTTHNEDLRDEKKHLTQKIREIESELETRPSTEAQTRQIEQLRAKLLAAETLCEELMDENEDMKKELRDLEEEIEEMQDNFREDQADEYSSLRRELEQTIKNCRVLSFKLKKTERKADQLEQEKAEHEKKLLEIVGGPDGMQRENRIKELEQEVARSTEVALRLQRELAEANSKFTGSNPSLMKVPQPETVKVSRSSLTRGGSQEDPAQLLRDLQDSLEREADLREQLRNAEEEANNLRKTAARVEEDNESLLLQLKKMATKARSRKLSPTPPANKLSIETANDNDEKETDEADPAEMKLLLELNEQEATVLRRKVEELEQDKEALKKQVKELTSKISSVTKTSAGSNTTARRSLTTNSNKLAEERVKVLEDEIDEVRKKLIEKERDCERLHAELSLAQKKPKTLIKSRSLDASDQQNVDLKRQLQVIEQEASVLRAKTQSLEADNEKLQTENKKLQLLKNAKSLRSDKALDLNTKKTTQLENELKEALAKIKELEMICQDEKSEKKVRFTEATKKETDTLKSKQDELDKLKLNLSKLEKENLKLQATLKSLKDDAQKSFKPRIPKKPTDLTTKLQLKKMVEDLECEIGEMYVVMKNAGLSGKEMTAKTKLEKEIDEIRSKLSKNDSEFTNEKNRLQTEIAKLKDVNAKLEGDKDVFANKYKALENENSNLSNQCKTLTEEMKNREAQINKLSADLKNATSLQTTMSDCMKKIEDLKKEIDSKDKDIEKLKKQVDNYTKIDQDKNKLLKEVGDKTKKIGDLEKKLKEAEEKCKRIEKQLSTRKDRVTKLEKELSEEKEQAVVLANTHRRLSIELTSEKDELQARFIKTESKFITLEAEMRDLKADYENKITSLESTIAAKDVHIKQLEDALRQTTNDKYDEATSPVEMVEMREKLEKTSKELKEKQDELNNAKIKLEKTEAESSAAKLEMAQLKSDLAKLENEYKEQEKKVQAEKKESSYWENKAKELDTDLQSERKKLDRMRIAHDKDVKNKDAELATLKGKLKILEQNSGAGAKRITELKQEYEETVKKLEHSLALEKAEYEELTGKYELLEEEHVVTKARLTVEKEQAQGELLHVQKELSTALGEIKTLQEKLGTESAAWNTEKTEMQNSIASLQERLCGGGWEVERARLNARLDQRERELRAANDRRDVLEHHHDLAKKELEESRKKLEDYERVSKIQRNLTTENAELERELAALNNRIEQSEKARKAEITDTKTRYEGQMNTMRDELKSLHNQVSRFRRERDNYKQMLEAAQKSMAEIKNGDKSARIHRNSISSTDEEEYRNKVALLEQQVACLEDELCESRLLASKLNTELVSEKSSAEVRLAEMQSRLNEYEEERLLSSGRARVAGLATRMELAWHKERDEQQRLLQETSTLARDLRQTLFELEREREKERLDMKRRIDQLKRTTEEETEEAKKKVTELQCDLLELRDAHAKLRTTNEKLRRDKERHDRDRDQNKLLVASLKRAQQEDDRVIAQLLETIDDLMKQSPDLFRVEIPVKPEKTLMTPTPPRRNRSSKSRSRSATPETNEAAGAKDTAARLRRLTDELRASRIAERQRRQQASARRAMSTEPRDTLSVTPATSRTPSRAPSLKKRSISLEQTTKEQSSIWKSVDESSVSSLQSLEGDNDHRHFTMPRDTSLDSRLSGGSAQSDVLPNEKKKKKSIFGKLKKLTKSRSIDDQADPEIVDFRPIGTVSQGSDSDMSTAGSKRDLRGRLSDMFSRKQVSRGNSKELSPERPASAMGSTTSASRTMLRNTSTTTLTRTSPAKPNEFSSTRSSSATPATKRKGK

Summary

Uniprot
A0A1Y1KN54   A0A1Y1KQZ7   A0A146KRK7   A0A146MF95   A0A146KMG1   E0VUT3   + More
Pubmed
28004739    26823975    20566863   
EMBL
GEZM01078221    JAV62832.1    GEZM01078217    JAV62841.1    GDHC01019508    JAP99120.1    + More
GDHC01001243    JAQ17386.1    GDHC01021694    JAP96934.1    DS235793    EEB17139.1   
Proteomes
UP000009046   
Pfam
PF11365   SOGA
Interpro
IPR027881   SOGA       
ProteinModelPortal
A0A1Y1KN54   A0A1Y1KQZ7   A0A146KRK7   A0A146MF95   A0A146KMG1   E0VUT3   + More
PDB
6NCS     E-value=1.59875e-26,     Score=304

Ontologies

KEGG
101736069    no KO assigned | (RefSeq) myosin-2 heavy chain
GO
GO:0005615   GO:0010506   GO:0003824   GO:0016051   GO:0008270   GO:0016021   GO:0006812   GO:0015299   GO:0006631   GO:0006635   GO:0006281   GO:0048384  

Topology

Length:
2466
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.67011
Exp number, first 60 AAs:
0.00124
Total prob of N-in:
0.03328
outside
1  -  2466
 
 

Population Genetic Test Statistics

Pi
249.554904
Theta
196.029352
Tajima's D
0.594406
CLR
1.566559
CSRT
0.548522573871306
Interpretation
Uncertain
Peptides ×
Source Sequence Identity Evalue
25044914 IGGIGTVPVGR 100.00 6e-09
28556443 VMPAVVIR 100.00 7e-06
25044914 NTDYYNIVQQR 100.00 0.008
28467696 NTENEYSTPASDPK 100.00 0.008
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